New health sensing technologies & features intercepting future AR/VR products.

Entrophi offers enterprise-level data democratization and automation technologies. We specialize in sustainable agriculture and food technologies. https://entrophi.co/

Transitioned to my own grant on the understanding of neurocardiac control of ventricular arrhythmias in collaboration with UCLA Medical School Faculty (UCLA Cardiac Arrhythmia Center and Neurocardiology Research Center of Excellence).

UCLA Cardiac Arrhythmia Center and Neurocardiology Research Center of ExcellenceMultiple projects on sudden cardiac death and bioelectronic control of ventricular arrhythmias.Collaborators: Jeffrey Ardell, Olujimi Ajijola, Kalyanam Shivkumar, Guy KemberNotable projects:• Stellate Ganglia and Spinal Cord Neural Population Dynamics in Heart Failure• Scalable and Reversible Axonal Modulation for Cardiovascular ControlSkillset:• Development of signal processing and data analytics pipelines for high density neurocardiopulmonary activity• Integration of novel bioelectronic interfaces for recording and modulating neural and cardiac activity• Sedation, intubation, monitoring of porcine models during open-heart surgery experiments

Research on noninvasive wearable sensing, signal processing, machine learning, noninvasive neuromodulation. Led a clinical trial on a noninvasive neuromodulation technology for the treatment of PTSD. Received one postdoctoral fellowship, two paper awards, two poster awards, four professional awards, three conference travel awards for individual or combination of projects.Notable projects:• Acute physiological biomarkers of noninvasive vagal nerve stimulation in PTSD• Instrumented headband for mental stressor identification • Soft thermal modulation system for neurovascular assessment • Instrumented bed & kitchen scale for rodents • Noninvasive autonomic nervous system quantification in conjunction with invasive microneurography studies and hypoglossal nerve stimulation-Guest Lecturer for Biomedical Instrumentation [ECE4781] and Biosystems Analysis [ECE4782] courses-Responsible for the DARPA Targeted Neuroplasticity Training program deliverables-Assisted the development of the following successful proposals:• NIH NIDA UG3/UH3 (“nVNS in Patients with Opioid Use Disorders”, PIs: JD Bremner, OT Inan, 2020-2025, UG3 Phase: $460k, UH3 Phase: $3.9M)• DARPA ElectRx (“Multi-Modal Sensing Enabled Closed-Loop tVNS for Musculoskeletal Injury and Disorders”, PIs: OT Inan, M Etemadi, 2019-2021, Phase 1: $694k, Phase 2: $577k)-Hands-on data collection from human subjects and rodents within the infrastructure of Emory School of Medicine and Georgia Tech

Sensors and Electron Devices DirectorateCollected data for MS thesis project on bio-inspired sensing 'Frequency-domain characterization of optic flow and vision-based ocellar sensing for rotational motion' using ARL's technical resources.

PIs: Timothy Horiuchi, Sean HumbertResearch on bio-inspired sensing for micro-aerial vehicles: designed a multimodal system to quantify rotational motion based on optic flow (digital) and luminance-based ocellar (analog) sensing. Characterized both sensing modalities to compare for fast visual processing in response to sudden disturbances, in collaboration with US Army Research Laboratory.

Analog & Digital Electronics

For P3841-E Infusion Pump System:• Sensor circuit design• Remote monitoring desktop application and intranet monitoring of the infusion pump system, custom HTTP server (C#, ASP, CSS, Javascript)• Main & control micro controller modules test application to be used after board assembly (ARM Cortex M3 LPC1313 and LPC 1774)• Electromagnetic compatibility support and testing• CE Mark certification documentation for medical devices: Risk management and technical & end-user documentation, electromagnetic compatibility, usability engineering (According to 93-42-EEC Medical Devices Directive and Medical Electrical Equipment EN60601-1) • Business / management planning, sponsor presentation and documentations• Establishing quality management, employment, infrastructure, testing, manufacturing and production policies complying with ISO 9001- Quality Systems for Medical Devices

Designed a controller area network (CAN Bus) based communication interface and desktop application for guns used on field.

Implemented customizations on Java-based IBM Maximo asset management software.